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Intel's high-end LGA2011 platform has been out since November 2011 and since the platforms introduction there have only been two SNB-E processor choices available, the six-core Intel Core i7-3960X and Core i7-3930K. These hexa-core processors are costly as they run over $600 and that is more than most want to spend. All that changes this month with the introduction of the Intel Core i7-3820 that is priced at just $285. Read on to see how this processor performs!
CPU
heute wurden die Intel Core i7-3770K, Core i5-3570K, Core i5-3550, Core i7-3820QM und einige weitere 22nm Ivy Bridge Prozessoren vorgestellt und bereits umfangreich getestet.
CPU
APH Networks reviews the Intel Core i7-3770K, the top dog of the Sandy Bridge enthusiast CPUs. How well does it stack up? Read on to find out!
CPU
While we get our fair share of evaluation products on NDA here at APH Networks, we don't usually do performance previews on the stuff we get -- either we get the review done on time, or, well, we release it at our own schedule, haha. But here's the deal: With Intel's latest Core i7-3770K "Ivy Bridge" processor sitting in our labs for the last little while, I am as excited to share our experience with you as much as you are interested in finding out how it performs in the benchmarks. Being the 'tick' part of Intel's 'tick-tock' release cycle, what does the 22nm die shrink bring to the table today? To find out, here is a set of quick and dirty benchmarks along with a preliminary overclocking result to go. We will have a full review ready in a few weeks from now (Having a series of Electrical Engineering exams in a row last week certainly did not help). But for now, let's not waste any more time, and move straight into the meat!
CPU
Intel sticks to their "tick-tock" CPU development cycle, where the "ticks" represent new CPU architectures and the "tocks" represent process refinement. Sandy Bridge CPUs were the "tick", and the new Ivy Bridge CPUs are the "tock". Fabricated on a 22nm process with Intel's new low-leakage "3D" transistors, Ivy Bridge represents a fabrication breakthrough if nothing else. But how does it compare against the immensely popular and powerful Sandy Bridge CPUs? Benchmark Reviews dives into the fray to let you know.
CPU
Today Intel launch their CPU range and we are combining the i7-3770K with Gigabytes rather impressive looking G1.Sniper 3 and G1.Sniper M3 to find out if these components can make the ultimate Ivy Bridge System. Testing will of course include synthetic and real world, with the likes of 3DMark 11 and Battlefield 3 making an appearance with the GeForce GTX 680.
CPU
Last year Intel’s Sandy Bridge “TOCK” married the graphics processing unit (GPU) and CPU on the same die, making it a first class citizen in the system and introduced a true integrated processor graphics (IPG) solution. With HD audio bit steaming introduced in the previous generation, full hardware acceleration of VC-1, AVC (H.264), MPEG2 as well as 3D Blu-ray (MVC) and reasonable refresh rate accuracy already offered; Ivy Bridge’s 22nm die-shrinking “TICK” could have easily rested only on improved process technology for frequency gains or power efficiency, but instead promises a little bit of raw performance with significant reductions in consumption. Most importantly for the home theater PC (HTPC) enthusiast significant improvements to the GPU are also included - offering greater flexibility in playback software selection as well as improvements to the existing media consumption experience.
CPU
The one area that the 22nm Ivy Bridge processors really shine in is the graphics department. Usually we don't have too many positive things to say about Intel HD Graphics, but the new Intel HD 4000 series graphics engine shows major improvement. Intel said that mainstream gamers should be able to use Intel HD Graphics 4000 as they have up to twice the 3-D graphics performance compared to the previous-generation processor. Our testing showed that performance improved by up to 60% in game titles, which is a significant increase and nothing to laugh at.
CPU
Bei Intel macht es heute "Tick", was soviel bedeutet, dass eine überarbeitete CPU-Architektur auf den Markt kommt. Es handelt sich hierbei um "Ivy Bridge", die Weiterentwicklung der "Sandy Bridge"-Architektur. Wir konnten bereits dem Core i7-3770K - das schnellste Modell der neuen Baureihe - auf den Zahn fühlen. Ist der Core i7-3770K ein würdiger Nachfolger für den beliebten Core i7-2700K?
Erfreulicherweise hat Intel diesmal darauf verzichtet, den CPU-Sockel zu wechseln. Die "Ivy Bridge"-CPUs werden somit wie ihre Vorgänger im Sockel LGA1155 betrieben und können sogar auf älteren Mainboards eingesetzt werden (wobei ein Update auf das neueste BIOS anzuraten ist). Bei den neuen Prozessoren verwendet Intel erstmals dreidimensionale Tri-Gate-Transistoren sowie Strukturgrößen von 22 nm. Die TDP der Vierkern-CPUs sinkt hierdurch von 95 auf 77 Watt, zugleich verspricht Intel mehr Leistung. Dies gilt insbesondere für die integrierte Grafikeinheit, welche nun auch DirectX 11 und OpenGL 3.1 beherrscht. Und wer lieber eine Grafikkarte einsetzt, darf sich über PCI-Express 3.0 freuen. Das klingt doch nach einer runden Sache, oder?
CPU
Intel's "Extreme Edition" CPUs have always represented the company's top consumer offerings. Typically priced in the $1,000 range, they have unlocked multipliers, lots of cache, and lots of cores. But until now, Intel's top Extreme Edition offering, the Core i7-990X CPU, was based on the older Gulftown architecture, and the performance gap between this CPU and the newer Sandy Bridge architecture Core i7-2600K and 2700K is pretty damn narrow, especially considering that the latter costs less than a third the price of the former. But now Intel's made a Sandy Bridge Extreme Edition, with six physical cores and a staggering 15 megabytes of cache. Benchmark Reviews takes the new Intel Core i7-3960X Extreme Edition CPU around the benchmark course, testing it against the best CPUs Intel and AMD have to offer.
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